Max Winkelmann (engineering scientist)

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Max Winkelmann (born January 10, 1879 in Berlin ; † January 1, 1946 in Jena ) was a German engineer, applied mathematician and professor of technical mechanics at the University of Jena .

Life

He was the son of the businessman Paul Winkelmann and studied in Würzburg, Berlin and Göttingen. In 1904 he received his doctorate under Felix Klein in Göttingen on top theory ( on the theory of Maxwell's top ). He completed his habilitation in 1907 at the Technical University in Karlsruhe (investigations into the variation of the constants in mechanics), where he was an assistant from 1905. Winkelmann became Professor of Applied Mathematics at the University of Jena in 1911 as the successor to Wilhelm Kutta . In Jena he taught technical mechanics, photogrammetry and graphic statics. He remained professor in Jena until his retirement due to a nervous problem in 1938.

One of his doctoral students was Dorothea Starke .

Fonts

  • Principles of mechanics . In: Felix Auerbach, Wilhelm Hort: Handbook of physical and technical mechanics , Volume 1. Barth, Leipzig 1927, pp. 307-349
  • General rate . In: Felix Auerbach, Wilhelm Hort: Handbook of physical and technical mechanics , Volume 2. Barth, Leipzig 1928, pp. 1-44
  • Rigid Body Kinetics . In: Geiger, Scheel: Handbuch der Physik , Volume 5, 1927
  • On the theory of Maxwell's gyro , Göttingen 1904 (dissertation)
  • About the movement of the top . In : Math.-Naturwiss. Sheets , Volume 5, 1908, pp. 135, 161, 177
  • About the Vector Division , Annual Report DMV, Volume 32, 1923, p. 67
  • With EA Brauer editor of the more complete theory of machines that are set in motion by the reaction of water by Leonhard Euler in Ostwald's classics (Leipzig: Engelmann 1911).

Individual evidence

  1. Life dates after treatises on mathematical teaching in Germany , Volume 2, Teubner 1916, p. 365 and date of birth after his dissertation
  2. Thomas Bischof: Applied mathematics and women's studies in Thuringia . Ed .: Martin Hermann (=  CEJ . Volume 44 ). Garamond, Jena 2014, ISBN 978-3-944830-38-4 .
  3. Communication in the short biography in his dissertation
  4. Published in the Archives of Mathematics and Physics, Volume 15, Teubner 1909, pp. 1-67